Quantum Recursive Relativity

The Quantum Recursive Relativity (QRR) framework is a novel, voxel-based computational simulation platform designed to phenomenologically unify curvature dynamics from General Relativity with quantum-inspired pressure feedback in a recursive, nonlinear update scheme. This approach models the emergent physical behavior of spacetime and matter fields through discrete lattice voxels, evolving under carefully constructed tensor transformations and quantum threshold criteria, bridging micro- and macro-physical scales.